Plastic spray dust removal frame

The plastic spray dust removal frame is generally used with normal temperature polyester needle felt filter material for dust recovery in low temperature and normal temperature environments. If it is used in corrosive working conditions, it needs to be used with high temperature dust removal filter materials such as Flumax. The quality and use effect of the dust removal frame directly affect the dust removal efficiency of the bag dust collector. We are committed to providing users with high-quality spray-molded dust removal frames to achieve the dust removal effect required by users. The company selects high-quality low-carbon steel wire, galvanized steel wire, stainless steel wire and other raw materials, which are made through pre-treatment (oil removal, rust removal, phosphating), electrostatic spraying (polyester powder spraying), high-temperature curing (oven temperature is generally ~ degrees), oven cooling, and multiple processes. Spray plastic dust removal frame.
Highlights of the spray-coated dust collector frame
The spray-coated frame does not corrode the filter bag, effectively extending the filter bag life and saving user costs
The multi-head high-frequency automatic spot welding machine is used to weld in one go and the appearance is smooth and straight. Strong adhesion and mechanical strength
After coating, it has stronger corrosion resistance, wear resistance and temperature resistance
Product introduction of spray dust removal frame
Plastic spray dust removal frame is usually the dust removal frame that is sprayed Although the price is higher than the ordinary frame, the plastic spray dust removal frame not only has the advantages of the galvanized frame, but also has the functions of not damaging the filter bag, resisting erosion, abrasion, high temperature, and anti-static.
The principle of spray dust removal skeleton is that the powder coating is fed into the spray gun by compressed air from the powder supply system. A high-voltage electrostatic generator is added to the front end of the spray gun to generate high voltage. Due to corona discharge, a dense charge is generated near the spray gun. The powder is discharged from the gun When sprayed from the nozzle, charged paint particles are formed. They are attracted to the workpiece with the opposite polarity due to the electrostatic force. As the amount of powder sprayed increases, the charge accumulates. When it reaches a certain thickness, it stops adsorbing due to electrostatic repulsion. The entire workpiece is given a powder coating of a certain thickness, and then the powder is melted, leveled and solidified through high temperature to form a hard coating film on the surface of the workpiece. The spray-coated dust removal frame coating is beautiful in quality, has excellent adhesion and mechanical strength, and is corrosion-resistant, wear-resistant and high-temperature resistant.
Comparison between the plastic spraying frame and the traditional galvanized frame process
Galvanizing corrodes the filter bag, but plastic spraying does not corrode the filter bag and prolongs the life of the filter bag.
The coating has excellent appearance quality, strong adhesion and strong mechanical strength.
The coating has much higher corrosion resistance, wear resistance and temperature resistance.
The plastic spray dust collector frame is one of the accessories of the bag dust collector. It is used to support the dust removal filter bag, which can effectively prevent the bag from collapsing and causing adhesion of the bag, thereby ensuring dust removal efficiency.
All plastic-sprayed dust collector frames meet the requirements of being light, smooth and straight. After electrostatic coating, the surface has a wider adaptability and can be used in corrosive and high-temperature industries. The performance is more stable and the service life is longer. Over the years, the plastic spray dust collector frame has been equipped with various types and models of bag dust collectors and used in coal-fired power plants, chemical waste incineration, metallurgy, building materials, steel, cement, thermal power generation and other industries.